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Mechatronics and Rebotics advance training with University lectors. Closing the gap between Industry and Education towards 4iR #festo #saieng #automation #rebotics

Robotic thread 🧵 removing blood clots 🩸 Enhance your skills in Mechanical, Manufacturing & Industrial Engineering with our industry-focused courses! 👉 Explore Our Courses #MechanicalEngineering #Manufacturing #Production #Industry #Udemy

Are you a multi-skilled Engineer or familiar with Mechatronics? 👷 By taking on Lecturing or Workshop Trainer roles, you can put your skills to use, training students and apprentices the value of an engineering role. Colleges need Engineers like you to ensure students can learn diverse skills. Think this role could be for you? Learn more via our latest article about career opportunities for multi-skilled engineers available at the link in our comments #MultiSkilledEngineer #UKColleges #Mechatronics #Engineering #BostonRose #BuildingRelationships

Exciting News! Today, on 3rd April 2024, the Departments of Mechanical, Mechatronics, and EEE at Velammal Institute of Technology are organizing a seminar on "How to Crack UPSC Exams." This seminar aims to provide valuable insights and guidance to help you prepare effectively for UPSC exams. Don't miss this golden opportunity to learn from experts and equip yourself with the knowledge and strategies needed to excel in UPSC exams. See you there! #UPSCExamPreparation #Seminar #VelammalInstituteOfTechnology

Upskilling for the future! Mechatronics students participate in a training session at the Industrial Automation Lab, conducted by Indian Machine Tool Manufacturer's Association. Gaining valuable insights into the latest industry practices! . . . . . #IMTMA #MechatronicsTraining

🚀 Excited to share old video of mine introducing the fascinating world of Mechatronics Engineering! 🤖💡 As a first-year student exploring potential majors, it's crucial to understand the diverse opportunities available, and Mechatronics is definitely one to consider. In this video, I break down what Mechatronics is all about, from blending mechanics and electronics to mastering automation and robotics. 🛠️ Whether you're passionate about innovation, problem-solving, or simply love the idea of creating intelligent systems, Mechatronics offers a dynamic and rewarding path. Check out the video to dive into the world of Mechatronics Engineering and discover why it could be your perfect fit! #Mechatronics #Engineering #FirstYearStudents #FutureEngineers" https://lnkd.in/dCRipcMn

PotlatchDeltic, in collaboration with local partners, established a Mechatronics program in Bemidji, Minnesota, to enhance technical skills in the workforce, focusing on electrical, mechanical, computer, robotics, and automation systems. The program has successfully trained numerous employees and expanded into local high schools to prepare students for industrial careers. This initiative highlights the vital role of industry in equipping the workforce with essential technical skills. By partnering with educational institutions and community organizations, companies like PotlatchDeltic are creating a pipeline of skilled workers. Investing in workforce development not only strengthens local economies but also empowers students to achieve career success and drive innovation in their fields. https://lnkd.in/gKH4zy-J

Embracing Industry 4.0: Enhancing Mechanical Engineering Education with Proser's Vocational Theory and TQM Amid the ongoing Industry 4.0 revolution, characterized by advancements in automation, robotics, and artificial intelligence, mechanical engineering education must continuously adapt to stay relevant. Two key approaches that can drive success are Proser's Vocational Theory and Total Quality Management (TQM). Proser's Vocational Theory emphasizes the importance of education that is directly aligned with industry needs, ensuring graduates acquire practical, job-ready skills. Meanwhile, TQM in education highlights the need for quality in every aspect—from curriculum design and teaching methods to the evaluation of learning outcomes. However, implementing these approaches comes with challenges. Outdated curricula, limited facilities, and a lack of industry involvement are some of the obstacles that need to be addressed. Solutions such as regular curriculum updates, industry collaboration, and the integration of digital technologies in education can help overcome these barriers. TQM training in mechanical engineering education also plays a crucial role. From foundational TQM training for educators to quality-driven management strategies, these efforts aim to produce graduates who are competent and competitive in the Industry 4.0 era. By combining Proser's Vocational Theory with TQM, mechanical engineering education can evolve into a system that is not only high in quality but also relevant to the demands of modern industry. Let’s work together to propel mechanical engineering education toward a brighter future through innovation and continuous improvement. #Industry40 #MechanicalEngineeringEducation #TQM #QualityEducation

Empowering the next generation of engineers! Professor Mangesh Dhavalikar from MIT School of Engineering & Sciences, Department of Mechanical Engineering shares his experience with SSIGMA’s Industrial Robotics Certification Program. This five-day program bridges the critical gap between academic learning and industry demands by providing hands-on training in PLC and robotics technology. From industry-relevant modules to rigorous assessments, this initiative equips students with the skills they need to excel in automation and robotics. Prof. Dhavalikar highly recommends the program to budding engineers aspiring to build a strong foundation in robotics. Kudos to initiatives like these that drive innovation and upskilling in engineering education! Mangesh Dhavalikar #IndustrialRoboticsCertificationProgram #RoboticsTraining #FutureEngineers #IndustrialAutomation #PLCTraining #IndustrialRobotics #AutomationSkills #STEMEducation #ssigma #MITADT

🚗 Automotive Engineering Diploma! I’m excited to announce that I’ve recently earned the Automotive Engineering Diploma on Udemy! This course has provided me with an in-depth understanding of key components and automotive systems. Here’s what I learned: . Detailed understanding of engine systems, manual and automatic transmissions. . Advanced knowledge of electrical and electronic systems. . Principles of diesel engines, automotive sensor systems, and hybrid vehicles. . Study of steering, braking, lubrication, and cooling systems. This course allows me to expand my knowledge of automotive engineering as an electric mobility student⚡. #AutomotiveEngineering #UdemyCertificate #AutomotiveEngineering #HybridVehicles